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A mixture of 200 ml H2 and 50 ml O2 ,both at NTP, are exploded till the reaction is complete. What will be the composition of the residual gas at NTP and contraction of gaseous volume?
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A mixture of 200 ml H2 and 50 ml O2 ,both at NTP, are exploded till th...
100ml of H2 will remain in vessel and the contraction in volume of gases will be 150 ml
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A mixture of 200 ml H2 and 50 ml O2 ,both at NTP, are exploded till the reaction is complete. What will be the composition of the residual gas at NTP and contraction of gaseous volume?
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A mixture of 200 ml H2 and 50 ml O2 ,both at NTP, are exploded till the reaction is complete. What will be the composition of the residual gas at NTP and contraction of gaseous volume? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about A mixture of 200 ml H2 and 50 ml O2 ,both at NTP, are exploded till the reaction is complete. What will be the composition of the residual gas at NTP and contraction of gaseous volume? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A mixture of 200 ml H2 and 50 ml O2 ,both at NTP, are exploded till the reaction is complete. What will be the composition of the residual gas at NTP and contraction of gaseous volume?.
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